Patterning challenges for monolithic silicon photonics: AP/DFM: Advanced patterning / design for manufacturability

The curvilinear geometries of photonic devices are fundamentally different than the rectilinear designs of existing CMOS devices. In a monolithic integration of CMOS and photonic components, process changes to the conventional flow are required to accommodate the unique geometries of photonic device...

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Main Authors: Meagher, Colleen, Sowinski, Zoey, Yu, Chienfan, Hu, Shuren, Nummy, Karen, Ghosal, Mini Modh, Viswanathan, Ramya, Abdo, Amr, Wiltshire, Tim
Format: Conference Proceeding
Language:English
Subjects:
Couplers
monolithic
Optical fiber couplers
Optical fiber devices
optical proximity correction
Photonics
Semiconductor device modeling
Silicon
Silicon photonics
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creator Meagher, Colleen
Sowinski, Zoey
Yu, Chienfan
Hu, Shuren
Nummy, Karen
Ghosal, Mini Modh
Viswanathan, Ramya
Abdo, Amr
Wiltshire, Tim
description The curvilinear geometries of photonic devices are fundamentally different than the rectilinear designs of existing CMOS devices. In a monolithic integration of CMOS and photonic components, process changes to the conventional flow are required to accommodate the unique geometries of photonic devices. In this paper we discuss changes made in both fab processing and Optical Proximity Correction to improve the optical performance on a monolithic 90nm technology.
doi_str_mv 10.1109/ASMC.2018.8373178
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subjects Couplers
monolithic
Optical fiber couplers
Optical fiber devices
optical proximity correction
Photonics
Semiconductor device modeling
Silicon
Silicon photonics
title Patterning challenges for monolithic silicon photonics: AP/DFM: Advanced patterning / design for manufacturability
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